Green nozzle

ABSTRACT

This invention relates to a green nozzle, comprising of at least a pressing body, a spring, a fixing cover, a piston, a connecting rod, a switch valve and a cylinder; therefore; through the above structure and assembly, it is hoped that there is no metallic components such as spring, steel balls, etc., this will make the lotion or perfume in the container not to be in contact with the metallic material component so that material change won&#39;t happen, and the quality of the lotion or perfume can thus be maintained, through the simplest component and assembly to achieve the effectiveness of environmental protection and economy.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The current invention relates to a green nozzle, it specifically relates to a simplest component assembly where the liquid such as lotion or perfume in the container won't change its quality, through the simplest component and assembly to achieve the ejection function of lotion or perfume and enhance the economic effectiveness.

2. Description of the Prior Art

In the prior art nozzle 1 structure, as shown in FIG. 1, comprising of a pressing body 11 installed on tooth cover 12, the upper part of tube 13 installs at and penetrates the holes 121 of tooth cover 12 in order to be connected to the pressing body 11, the lower part of the tube 13 is installed and penetrated with a tube cover 14 to be connected to a base tube 15, meanwhile, the correlating small holes 151 installed at both sides of the base tube 15 are just exactly covered by the tube cover 14, meanwhile, a spring 16 is installed at the lower part of the base tube 15, a steel ball 17 is placed at the lower part of the spring 16, they are installed in the cylinder 18 which shrinks its hole diameter from top to the bottom, therefore, the upper edge end of the cylinder 18 is connected to the bottom edge of the slot hole 121 of the tooth cover 12, moreover, the lower end of the cylinder 18 is connected to a straw 19.

From the above descriptions, the user first press on the pressing body 11 to let the air in the container immediately eject from the nozzle opening 111 of the pressing body 11, in the mean time, the siphon effect will bring the liquids such as lotion or perfume from the straw 19 with the air into the cylinder body 18, at this moment, due to the spring force of the spring 16, the bottom of the tube base 15 will press on the steel ball 17 and the steel ball 17 will block the hole of the cylinder 18, furthermore, make a gap between the tube base 15 and tube cover 14 and make the lotion or perfume contained in the cylinder 18 can go along the space of the gap to the small holes 151 on the two sides of the outer edges of the base tube 15 and penetrate into the base tube 15, then through the tube 13, the lotion or perfume will be ejected along with air out from the nozzle opening 111 of the pressing body 11, when the pressing body 11 is let go, the liquids such as lotion or perfume remained in the cylinder 18 will then go back to the container.

Continued from the above descriptions, in the prior art structure of nozzle 1, although the function of the ejection of lotion or perfume still can be reached, since the spring 16, steel ball 17 are made up of metallic material and are installed inside the cylinder 18, they could cause chemical change for the lotion and perfume in the container due to the long time contact to the metallic spring 16 and steel ball 17, which in turn could deteriorate the quality of the lotion or perfume and harm the customers, but if the chemically changed lotion or perfume are dumped away, they will cause environmental contamination due to difficulty in dilution and recycling; moreover, since the structure design of the prior art nozzle 1 has so many components, it cause an increase in the material cost, its difficulty in assembly and disassembly further reduces practical economic effectiveness.

Therefore, to solve the drawback and inconvenience in the prior art nozzle, the inventor of the current invention thus developed a more practical structure for green nozzle which can have a more wide-spread use in the industry and take into account environmental issue as well.

SUMMARY OF THE INVENTION

The current invention comprising at least of a pressing body, a spring, a fixing cover, a piston, a connecting rod, a switch valve and a cylinder, wherein the pressing body is installed with a nozzle for the ejection of the liquid, and further installed with connecting spring, fixing cover, output tube of piston, moreover, the spring is inserted and connected in between the pressing body and the fixing cover and provides a bouncing-up restoring force for the pressing body, and the fixing cover is inserted and installed at the opening of the container, it is designed to combine and fix the nozzle to the container, in addition, through holes are formed on the piston to be penetrated by the connecting rod, meanwhile, dented edge is formed at the peripherals of the through holes,

a connecting rod having protruding edge installed and the protruding edge just touches closely the dented edge of the above-mentioned piston, in addition, on the two sides of the connecting rod are installed with small holes which can be covered and inserted by the piston, meanwhile, a switch valve connected and inserted to the lower part of the above-mentioned connecting rod and a locking piece is installed at equal distance ring on the switch valve, in addition, placement piston, connecting rod and cylinder room of switch valve are installed in the cylinder.

The main purpose of the current invention is to install a metallic spring outside the cylinder, then accompanied with the structure design and action of the piston, connecting rod and switch valve inside the cylinder in order to ensure the quality of the lotion or perfume inside the container and to achieve the ejection function.

The second purpose of the current invention is to install the metallic spring inside the cylinder and use the simple structure and assembly of piston, connecting rod and switch valve to replace the complicated structure and assembly of tube, tube cover, base tube, spring and steel ball in the prior art, this also helps to enhance the practical economic effectiveness of the nozzle.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is the decomposition stereo drawing showing the prior art nozzle structure.

FIG. 2 is the assembly stereo drawing for the current invention.

FIG. 3 the decomposition stereo drawing for the current invention.

FIG. 4 shows the initial state of the current invention.

FIG. 5 shows the pressed state of the current invention.

FIG. 6 shows the released state of the current invention.

FIG. 7 shows the re-pressed state of the current invention.

FIG. 8 shows the decomposition stereo drawing of another embodiment of the current invention.

FIG. 9 shows the initial state of FIG. 8.

FIG. 10 shows the pressed state of FIG. 8.

FIG. 11 shows the released state of FIG. 8.

FIG. 12 shows the re-pressed state of FIG. 8.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

In order to let the examiner have a better understanding on the function, structure and features of the current invention, we provide a better embodiment case accompanied with drawing and describe them as in the followings:

Please refer to FIG. 2 and FIG. 3 first, it is an assembly and decomposition stereo drawing of the current invention, the green nozzle 2 of the current invention comprising of at least a pressing body 21, a spring 25, a fixing cover 22, a piston 23, a connecting rod 24, a switch valve 26 and a cylinder 27 wherein:

a pressing body 21 installed with a nozzle 212 for the ejection of the liquid, and further installed with connecting spring 25, fixing cover 22, output tube 211 of piston 23;

a spring 25 inserted and connected in between the pressing body 21 and the fixing cover 22 and provides a bouncing-up restoring force for the pressing body 21;

a fixing cover 22 inserted and installed at the opening of the container, it is designed to combine and fix the nozzle to the container;

a piston 23 having through holes 233 formed on it to be penetrated by the connecting rod 24, meanwhile, dented edge 231 is formed at the peripherals of the through holes 233;

a connecting rod 24 having protruding edge 241 installed and the protruding edge 241 just touches closely the dented edge 231 of the above-mentioned piston 23, in addition, on the two sides of the connecting rod 24 are installed with small holes 242 which can be covered and inserted by the piston 23;

a switch valve 26 connected and inserted to the lower part of the above-mentioned connecting rod 24 and locking piece 263 is installed at equal distance ring on the switch valve 26;

a cylinder 27 having placement piston 23, connecting rod 24 and cylinder room of switch valve 26;

Through the above-mentioned component and structure design, the function of liquid ejection can be achieved through the simplest assembly. From the above descriptions, one end of the connecting rod 24 can form a rod tube 243 to be inserted and placed by the switch valve 26.

Continued from the above descriptions, when the current invention is not in use, as shown in FIG. 4, output tube 211 of the pressing body 21 will penetrate and insert into spring 25, fixing cover 22 and piston 23 in order to be connected to the connecting rod 24, moreover, the lower part rod tube 243 of the connecting rod 24 is connected to the upper part valve rod 261 of switch valve 26, in the mean time, the output tube 211 of the pressing body 21, piston 23, connecting rod 24, switch valve 26 are all installed inside the cylinder 27, furthermore, the upper edge end of the cylinder 27 is installed and inserted with the bottom edge inside the fixing cover 22, meanwhile, it is connected to a straw 28 and all are installed inside the container, the fixing cover 22 is installed at the opening of the container, at this moment, the dented edge 231 of the piston 23 and the protruding edge 241 of the connecting rod 24 close, meanwhile, connecting rod 24 and switch valve 26 form a gap in the upper cylinder room 271 of the cylinder 27, and the lower part valve body 262 of the switch valve 26 is located inside the lower cylinder room 272 of the cylinder 27, the locking piece 263 installed at the peripherals of the valve body 262 touches and locks with the upper locking part 273 inside the cylinder 27, and the lotion or perfume inside the container is then filled inside the straw 28.

From the above descriptions, during the usage of the current invention, as shown in FIG. 5, press first on pressing body 21, it will move downward the connecting rod 24, switch valve 26 in the same time, therefore, the bottom of the valve body 262 of the switch valve 26 will move downward and touch closely the lower locking part 274 of the cylinder 27, at this moment, due to the compressive force generated by the air, a gap 232 will be generated at the originally closed part between the dented edge 231 of the piston 23 and the protruding edge 241 of the connecting rod 24, when the pressing body 21 is released, as shown in FIG. 6, the spring force from the spring 25 will bounce the pressing body 21 upward to the initial position, the connecting rod 24 will be bounced upward in the same time to closely touch again the dented edge 231 of the piston 23, at this moment, the air in the container will encounter a pressure and move upward instantly, and the siphon effect generated will generate a sucking force at the piston 23, it will then suck the lotion or perfume in the straw 28 into the upper and lower cylinder rooms (271, 272).

Continued from the above descriptions, when the upper, lower cylinder rooms (271, 272) are fully filled up with the lotion or perfume from the straw 28, press again the pressing body 21, as shown in FIG. 7, the originally tightly closed part between the dented edge 231 of the piston 23 and the protruding edge 241 of the connecting rod 24 will then open again to generate a gap 232, the lotion or perfume will then flow into the small holes 241 on two sides of the connecting rod 24 along the gap 232, then flows to the nozzle 212 of the pressing body 21 through the hollow part 244 of the connecting rod 24 and finally ejects out, when the pressing body is released, the connecting rod 24 will bounce upward and again touch naturally closely with the dented edge 231 of the piston 23, in the mean time, the lotion or perfume in the straw 28 will be sucked into the upper, lower cylinder room (271,272) again, if re-use is needed, the above procedures can be repeated.

Please refer to FIG. 8, it is the decomposition stereo drawing of another embodiment of the current invention, the green nozzle 2 of the current invention comprising of at least: a pressing body 21, a fixing cover 22, a piston 23, a connecting rod 24, a spring 25, a switch valve 26 and a cylinder 27 wherein:

a pressing body 21 installed with a nozzle 212 for the ejection of the liquid, and further installed with fixing cover 22, output tube 211 of piston 23;

a fixing cover 22 inserted and installed at the opening of the container, it is designed to combine and fix the nozzle to the container;

a piston 23 having through holes 233 formed on it to be penetrated by the connecting rod, meanwhile, dented edge 231 is formed at the peripherals of the through holes 233;

a connecting rod 24 having protruding edge 241 installed and the protruding edge 241 just touches closely the dented edge 231 of the above-mentioned piston 23, in addition, on the two sides of the connecting rod 24 are installed with small holes 242 which can be covered and inserted by the piston 23, a rod tube 243 which can be penetrated and installed with spring 25 if formed at one end of the connecting rod 24;

a spring 25 inserted and connected in between the connecting rod 24 and the switch valve 26 and provides a bouncing-up restoring force for the connecting rod 24;

a switch valve 26 connected and inserted to the rod tube 243 of the above-mentioned connecting rod 24 through a penetration through the spring 25 and locking piece 263 is installed at equal distance ring on the switch valve 26;

a cylinder 27 having placement piston 23, connecting rod 24, spring 25 and cylinder room of switch valve 26;

Through the above-mentioned component and structure design, the function of liquid ejection can be achieved through the simplest assembly.

Continued from the above descriptions, when the current invention is not in use, as shown in FIG. 9, output tube 211 of the pressing body 21 will penetrate and insert into fixing cover 22 and piston 23 in order to be connected to the connecting rod 24, moreover, the lower part rod tube 243 of the connecting rod 24 will be connected to the upper part valve rod 261 of switch valve 26 through a penetration of the two sides of the spring 25, in the mean time, the output tube 211 of the pressing body 21, piston 23, connecting rod 24, spring 25, switch valve 26 are all installed inside the cylinder 27, furthermore, the upper edge end of the cylinder 27 is installed and inserted with the bottom edge inside the fixing cover 22, meanwhile, it is connected to a straw 28 and all are installed inside the container, the fixing cover 22 is installed at the opening of the container, at this moment, the dented edge 231 of the piston 23 and the protruding edge 241 of the connecting rod 24 will close, meanwhile, connecting rod 24, spring 25 and switch valve 26 form a gap in the upper cylinder room 271 of the cylinder 27, and the lower part valve body 262 of the switch valve 26 is located inside the lower cylinder room 272 of the cylinder 27, the locking piece 263 installed at the peripherals of the valve body 262 touches and locks with the upper locking part 273 inside the cylinder 27, and the lotion or perfume inside the container is then filled inside the straw 28.

From the above descriptions, during the usage of the current invention, as shown in FIG. 10, press first on pressing body 21, it will move downward the connecting rod 24, spring 25, switch valve 26 in the same time, therefore, the bottom of the valve body 262 of the switch valve 26 will move downward and touch closely the lower locking part 274 of the cylinder 27, at this moment, due to the compressive force generated by the air, a gap 232 will be generated at the originally closed part between the dented edge 231 of the piston 23 and the protruding edge 241 of the connecting rod 24, when the pressing body 21 is released, as shown in FIG. 11, the spring force from the spring 25 will bounce the connecting rod 24 upward, the connecting rod 24 will then closely touch again the dented edge 231 of the piston 23 and in turn bounce the pressing body 21 upward into the initial position, at this moment, the air in the container will encounter a pressure and move upward instantly, and the siphon effect generated will generate a sucking force at the piston 23, it will then suck the lotion or perfume in the straw 28 into the upper and lower cylinder rooms (271, 272).

Continued from the above descriptions, when the upper, lower cylinder rooms (271, 272) are fully filled up with the lotion or perfume from the straw 28, press again the pressing body 21, as shown in FIG. 12, the originally tightly closed part between the dented edge 231 of the piston 23 and the protruding edge 241 of the connecting rod 24 will then open again to generate a gap 232, the lotion or perfume will then flow into the small holes 242 on two sides of the connecting rod 24 along the gap 232, then flows to the nozzle 212 of the pressing body 21 through the hollow part 244 of the connecting rod 24 and finally ejects out, when the pressing body is released, the connecting rod 24 will bounce upward and again touch naturally closely with the dented edge 231 of the piston 23, in the mean time, the lotion or perfume in the straw 28 will be sucked into the upper, lower cylinder room (271,272) again, if re-use is needed, the above procedures can be repeated.

Summarize the above descriptions, the purpose of the “green nozzle” used in the current invention is to replace the non-environment friendly and complicated nature of the prior art nozzle through an environmentally friendly and the simplest component assembly. It has indeed achieved the expected purpose and effectiveness, it is more practical and economical than the nozzle of the prior art, In addition, it is not seen in the public journal before, it is not used publicly, therefore, it meets the inventive and progressive requirements of an invention, we thus file the application of this patent. 

1. A green nozzle, comprising of at least a pressing body, a spring, a fixing cover, a piston, a connecting rod, a switch valve and a cylinder wherein: a pressing body installed with a nozzle for the ejection of the liquid, and further installed with connecting spring, fixing cover, output tube of piston; a spring inserted and connected in between the pressing body and the fixing cover and provide a bouncing-up restoring force for the pressing body; a fixing cover inserted and installed at the opening of the container, it is designed to combine and fix the nozzle to the container; a piston having through holes formed on it to be penetrated by the connecting rod, meanwhile, dented edge is formed at the peripherals of the through holes; a connecting rod having protruding edge installed and the protruding edge just touches closely the dented edge of the above-mentioned piston, in addition, on the two sides of the connecting rod are installed with small holes which can be covered and inserted by the piston; a switch valve connected and inserted to the lower part of the above-mentioned connecting rod and locking piece is installed at equal distance ring on the switch valve; a cylinder having placement piston, connecting rod and cylinder room of switch valve; Through the above-mentioned component and structure design, the function of liquid ejection can be achieved through the simplest assembly.
 2. The green nozzle of claim 1 wherein a rod tube is formed at one end of the connecting rod to be inserted and placed by the switch valve.
 3. A green nozzle, comprising of at least a pressing body, a fixing cover, a piston, a connecting rod, a spring, a switch valve and a cylinder wherein: a pressing body installed with a nozzle for the ejection of the liquid, and further connected to fixing cover, output tube of piston; a fixing cover inserted and installed at the opening of the container, it is designed to combine and fix the nozzle to the container; a piston having through holes formed on it to be penetrated by the connecting rod, meanwhile, dented edge is formed at the peripherals of the through holes; a connecting rod having protruding edge installed and the protruding edge just touches closely the dented edge of the above-mentioned piston, in addition, on the two sides of the connecting rod are installed with small holes which can be covered and inserted by the piston, meanwhile, rod tube which can be penetrated and installed by a spring is formed at one end of the connecting rod; a spring installed and inserted in between the connecting rod and switch valve, it further provides a bouncing-up restoring force for the connecting rod; a switch valve, by penetrating a spring, is connected and inserted to the rod tube of the above-mentioned connecting rod and a locking piece is installed at equal distance ring on the switch valve; a cylinder having placement piston, connecting rod, spring and cylinder room of switch valve; Through the above-mentioned component and structure design, the function of liquid ejection can be achieved through the simplest assembly. 